Abstract: A display panel including a circuit board, a plurality of bonding pads, a plurality of light emitting devices, and a plurality of solder patterns is provided. The bonding pads are disposed on the circuit board, and each includes a first metal layer and a second metal layer. The second metal layer is located between the first metal layer and the circuit board. The first metal layer includes an opening overlapping the second metal layer. A material of the first metal layer is different from a material of the second metal layer. The light emitting devices are electrically bonded to the bonding pads. Each of the solder patterns electrically connects one of the light emitting devices and one of the bonding pads. The solder patterns each contact the second metal layer through the opening of the first metal layer of one of the bonding pads to form a eutectic bonding.

Abstract: A liquid amount control device includes a position detector, a pump, a driver and a controller. The pump is connected with a first tip and configured to suck up the liquid out of the test tube. The driver is connected with the pump and configured to drive the pump to move. The controller is configured to: (1) control the driver to drive a first suction end of the first tip to enter a detection region of the position detector to obtain an end height position of the first suction end; (2) control the driver to drive the first suction end of the first tip to enter the liquid by a first entering depth according to the end height position; and (3) control the pump to suck up the liquid in the test tube through the first tip.

Abstract: The present invention relates to an infusion device comprising a clamp having a through hole that is configured to allow an infusion tube to pass through therethrough, and further having a baffle wall; a block having a mounting hole and an opening; a pressure member pivoted to the block and configured to press towards the baffle wall and close the infusion tube, wherein a position of the opening corresponds to the pressure member; and a handle pivoted to the block and having a protrusion that is configured to pass through the opening and push up against the pressure member so as to make the pressure member away from the baffle wall when the handle rotates towards the block around an axis, so that the infusion tube is no longer closed by pressing of the pressure member.

Abstract: A liquid amount control device includes a position detector, a pump, a driver and a controller. The pump is connected with a first tip and configured to suck up the liquid out of the test tube. The driver is connected with the pump and configured to drive the pump to move. The controller is configured to: (1) control the driver to drive a first suction end of the first tip to enter a detection region of the position detector to obtain an end height position of the first suction end; (2) control the driver to drive the first suction end of the first tip to enter the liquid by a first entering depth according to the end height position; and (3) control the pump to suck up the liquid in the test tube through the first tip.

Abstract: A modular intelligent clothing is provided, which includes a clothing body, modular main board, and a functional board, in which the modular main board is disposed at any position of the clothing body, the functional board is disposed at any position of the clothing body, and the functional board is electrically coupled with the modular main board. The electrically connection between the functional board and the modular main board utilize the metal conductor, magnetic induction, or wireless communication. Accordingly, the functional board and the modular main board are matched each other to sense the physiological signals of the user, to position of the location of user, or to perform the home care monitoring.

Abstract: An infusion apparatus includes a housing, a door assembly, an infusion tube assembly, a pressing mechanism, and a QTC (Quantum tunnelling composite) pressure sensor. The housing has an opening. The door assembly is connected to the housing and configured to cover the opening. The infusion tube assembly has a first tube located in the housing. The pressing mechanism is disposed in the housing and configured to press the first tube. When the door assembly covers the opening, the QTC pressure sensor is located between the housing and the door assembly and configured to detect a pressing operation of the pressing mechanism to the first tube.

Abstract: A modular intelligent clothing is provided, which includes a clothing body, modular main board, and a functional board, in which the modular main board is disposed at any position of the clothing body, the functional board is disposed at any position of the clothing body, and the functional board is electrically coupled with the modular main board. The electrically connection between the functional board and the modular main board utilize the metal conductor, magnetic induction, or wireless communication. Accordingly, the functional board and the modular main board are matched each other to sense the physiological signals of the user, to position of the location of user, or to perform the home care monitoring.

Abstract: A type of telescope is described. The telescope comprises a first monocular, a second monocular, an image-recording device and a first optical-switching component. The first monocular comprises a first object lens and a first eyepiece. The second monocular comprises a second object lens and a second eyepiece. The image-recording device is disposed between the first monocular and the second monocular. The first optical-switching component is disposed between the first object lens and the first eyepiece for switching the propagation direction of an incident light from the first object lens to the first eyepiece or the image-recording device. The telescope with the optical-switching component permits the image-recording device to record an image, wherein the field of the recorded image is identical to the field of an image seen by a user.

Abstract: The present invention improves the contrast of the image signal before further adjustment by the principle of superposition of the optical-transferring system. There are two ways to carry out the principle of superposition one is in space domain, the other is in frequency domain. Each of them can be implemented by the system or method of the present invention. To implement the compensation in space domain, the present invention utilize the result of scanning the correction board to compensate the optical energy scattered by the optical-transferring system. A pixel in object space can be expressed in terms of the linear combination of the corresponding pixels in image space according to the principle of superposition. Thus is obtained by extracting the coefficients of the linear combination. The pixels of desired picture in image space is multiplied by the compensation vector and the image with sharp contrast is produced by the present invention in space domain.

Abstract: An imaging cartridge for a computer system, which is installed in a computer system to facilitate continuous document conveying process without any removable solid document cassette and additional document positioning process, comprises a cartridge housing for accommodating required imaging components; a roller-type document feeding unit, located at one side of the cartridge housing for carrying out continuous document conveying in and out operation of the imaging cartridge; a driving unit, located inside the cartridge housing for driving the document feeding unit; and a scanning unit, located inside the cartridge housing with a distance to the document feeding unit, for converting the imaging data into electrical signals.

Abstract: Paper is fed through the printing process of a printing machine by an apparatus which includes a paper-feeding mechanism that is driven by a motor, a paper setting mechanism for handling the sheets of paper being printed, and a paper sensor for detecting whether a sheet is being printed and providing selective control of the motor.

Abstract: A tri-mirror multi-reflection optical path folding apparatus for optical scanner includes a light source, a reflection means, a lens set, a charged coupled device (CCD), and a base. The three reflection mirrors of the reflection means are positioned with each other at selected angles such that total reflection time of the optical path is four or five times. The optical path folding apparatus, consequently the scanner, can be made compact size, light weight and low cost.

Abstract: The present invention discloses an optical system with multiple optical lens having capability of auto-focus calibration, instead of conventional scheme of manual operations. Furthermore, achieve purpose of obtaining more accuracy in sharpness and magnification calibration than the conventionally scheme, and of upgrading yield rate of the system. The optical system disclosed by the invention basically includes a lot of home-sensors and micro-sensors, lots of lens, an image sensor, an imaging control motor, a lens switch motor for switching the lens, and a base control motor for switching base of the optical system. By using the imaging control motor and the base control motor to control motions of the imaging device and the lens, auto sharpness and magnification calibration is easily achieved.